When ISR video has to move fast, compression is no longer just a codec choice. It becomes an architectural decision.
Delta Digital Video’s new technical whitepaper, “JPEG-XS for Tactical ISR,” examines where ultra-low-latency, visually lossless compression fits in modern ISR workflows, where H.264 and H.265 remain the better answer, and why the tradeoffs between them matter so much in real-world tactical systems. The paper is written for program managers, system architects, prime integrators, and engineering leads working on airborne, maritime, and ground ISR programs.
Why This Whitepaper Matters
Modern ISR workflows are pushing more video through links and systems that cannot always tolerate added delay, loss of fidelity, or unpredictable timing. This whitepaper explains why JPEG-XS is gaining attention for applications where low latency, deterministic behavior, and image quality matter more than maximum compression efficiency.
It also makes an important distinction: this is not about replacing every codec with JPEG-XS. It is about understanding where JPEG-XS fits, where it does not, and how codec choice affects the larger ISR architecture.
What the Whitepaper Covers
The paper explores:
- the bandwidth and latency challenge in ISR systems
- where JPEG-XS fits compared with H.264 and H.265
- how latency adds up across the full video path
- mission applications including edge processing, cross-domain review, and machine vision
- how DDV supports JPEG-XS today
How DDV Fits
The whitepaper also highlights how DDV supports JPEG-XS through the 5480E, VEC500, and 9600/9610 product family. Rather than forcing one compression approach across every workflow, DDV gives customers the flexibility to choose the right codec for the right video path.
See Where JPEG-XS Fits in Your Architecture
Ultra-low-latency compression is not the right answer for every workflow, but in the right ISR applications, it can change what operators see and when they see it. Read the whitepaper to explore where JPEG-XS makes sense, where H.264 and H.265 may still be the better fit, and how DDV supports those decisions across real tactical video architectures.